Laser Cladding
Surface Deposition Technology that Extends Component Life
A laser beam forms a molten pool on the metal surface while metal powder or wire is fed as filler material to build up a new surface layer. Selectively depositing surface layers on wear-prone or corrosion-prone areas enables functional reinforcement tailored to each component's operating conditions.
Surface Modification Technology for High-Value Industries
Precise process control suppresses dilution and minimizes changes to base-material composition, ensuring stable coating quality. Repair and refurbishment become possible without replacing expensive components, effectively reducing maintenance costs and downtime. A key surface technology that extends component life and reliability in demanding environments such as power plants, shipbuilding, and aerospace.
Key Features
01
Improved wear resistance through high-performance alloy layers
02
Repair and refurbishment with minimal base-material damage
03
Extended component life with reduced maintenance costs
Applications
Connecting Industries to the Future with Laser Technology
Automotive
BPC, CP, body-in-white, seat frame welding, and more
Shipbuilding & Marine
Hybrid welding for heavy steel plates,
laser cladding for propeller blades, and more
Urban Air Mobility
BPC and CP welding for UAM platforms
Aerospace
Surface treatment for space launch vehicles